Building the Liquid Fluoride Thorium Reactor. Selected by DOE for the Surplus Plutonium Utilization Project. Turning stranded nuclear fuel into clean energy.

Huntsville, Alabama, USA
Joined April 2011
Spent nuclear fuel isn’t waste—it’s an untapped national asset waiting to be unlocked.
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Uranium recovered from spent nuclear fuel has nowhere obvious to go — a bit too fissile to bury, but too degraded to re-enrich economically. Could using it in CANDUs be the answer? Fluoride volatility may deliver it in exactly the right chemical form to avoid the fabrication problems that stalled the last serious attempt. energyfromthorium.com/2026/0…
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Thorium has always been a part of the rare-earths story that sits right under the radar. Flibe's participation at a recent Army workshop on rare-earths at the University of Nevada, Reno, helped bring the issue to light. energyfromthorium.com/2026/0…
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Happy Easter!
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Flibe Energy retweeted
"What about the waste?" they always seen to say about nuclear. Liquid-fluoride thorium reactors will stop making new waste and the tech will let us go back and make use of the waste we've already made. This is a big step: energyfromthorium.com/2026/0…
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We are pleased to make our fuel cycle video available in Korean. youtube.com/watch?v=8MSZFa-g…
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As war swept over the world, a war launched on the belief that energy resources were limited, young Glenn Seaborg discovered that natural thorium could be transformed into the world's greatest energy resource. Over 80 years later, its potential still remains.
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Imagine a clean power plant just as beautiful as its surroundings.
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Uranium has 92 protons and usually 146 neutrons (U-238). 7 out of 1000 atoms of uranium have 143 neutrons (U-235) and are fissile. Strike thorium with a neutron and you'll form uranium with 141 neutrons (U-233) that is also fissile.
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Essentially all thorium has 90 protons and 142 neutrons (Th-232). Absorbing a neutron begins its transformation into nuclear fuel (U-233), but first it forms protactinium-233. Another beta decay in about a month will form U-233.
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